.PHONY: all
all: sender receiver caller mt_receiver
-receiver_nano: receiver.c
- gcc -I $${C_INCLUDE_PATH:-.} $< -g -o $@ -lrmr -lnanomsg -lpthread -lm
-
receiver: receiver.c
gcc -I $${C_INCLUDE_PATH:-.} $< -g -o $@ -lrmr_nng -lnng -lpthread -lm
lreceiver: lreceiver.c
gcc -I $${C_INCLUDE_PATH:-.} $< -g -o $@ -lrmr_nng -lnng -lpthread -lm
-sender_nano: sender.c
- gcc -I $${C_INCLUDE_PATH:-.} $< -g -o $@ -lrmr -lnanomsg -lpthread -lm
-
sender: sender.c
gcc -I $${C_INCLUDE_PATH:-.} $< -g -o $@ -lrmr_nng -lnng -lpthread -lm
rm -f *.o
nuke: clean
- rm -f sender sender_nano receiver receiver_nano caller mt_receiver
+ rm -f sender receiver caller mt_receiver
fprintf( stderr, "<RCVR> listening on port: %s for a max of %d messages\n", listen_port, nmsgs );
#ifdef MTC
+ fprintf( stderr, "<RCVR> starting in multi-threaded mode\n" );
mrc = rmr_init( listen_port, RMR_MAX_RCV_BYTES, RMRFL_MTCALL ); // start RMr in mt-receive mode
-
#else
+ fprintf( stderr, "<RCVR> starting in direct receive mode\n" );
mrc = rmr_init( listen_port, RMR_MAX_RCV_BYTES, RMRFL_NONE ); // start your engines!
#endif
if( mrc == NULL ) {
# ---------------------------------------------------------------------------------
# Mnemonic: run_app_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng.
+# processes for some library validation on top of nng.
# It should be possible to clone the repo, switch to this directory
# and execute 'ksh run -B' which will build RMr, make the sender and
# recevier then run the basic test.
#
# Example command line:
# ksh ./run_app_test.ksh # default 20 messages at 2 msg/sec
-# ksh ./run_app_test.ksh -N # default but with nanomsg lib
# ksh ./run_app_test.ksh -d 100 -n 10000 # send 10k messages with 100ms delay between
#
# Date: 22 April 2019
# file in order for the 'main' to pick them up easily.
#
function run_sender {
- if (( $nano_sender ))
- then
- ./sender_nano $nmsg $delay
- else
- ./sender $nmsg $delay
- fi
+ ./sender $nmsg $delay
echo $? >/tmp/PID$$.src # must communicate state back via file b/c asynch
}
function run_rcvr {
- if (( $nano_receiver ))
+ if (( mt_receiver ))
then
- ./receiver_nano $nmsg
+ echo "<TEST> testing with mt-receiver" >&2
+ ./mt_receiver $nmsg
else
./receiver $nmsg
fi
nmsg=20 # total number of messages to be exchanged (-n value changes)
# need two sent to each receiver to ensure hairpin entries were removed (will fail if they were not)
delay=500000 # microsec sleep between msg 1,000,000 == 1s
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
nopull="" # -b sets so that build does not pull
use_installed=0
my_ip=$(snarf_ip) # get an ip to insert into the route table
keep=0
+mt_receiver=0 # -m sets in order to test with multi-threaded receive stuff
+force_make=0
while [[ $1 == -* ]]
-d) delay=$2; shift;;
-k) keep=1;;
-i) use_installed=1;;
- -N) nano_sender=1
- nano_receiver=1
- ;;
+ -M) force_make=1;;
+ -m) mt_receiver=1;;
-n) nmsg=$2; shift;;
-v) verbose=1;;
*) echo "unrecognised option: $1"
- echo "usage: $0 [-B] [-d micor-sec-delay] [-i] [-k] [-N] [-n num-msgs]"
- echo " -B forces a rebuild which will use .build"
+ echo "usage: $0 [-B] [-d micor-sec-delay] [-i] [-k] [-M] [-m] [-n num-msgs]"
+ echo " -B forces an RMR rebuild which will use .build"
echo " -i causes the installd libraries (/usr/local) to be referenced; -B is ignored if supplied"
echo " -k keeps the route table"
+ echo " -M force make on test applications"
+ echo " -m test with mt-receive mode"
echo ""
echo "total number of messages must > 20 to correctly test hairpin loop removal"
exit 1
if [[ ! -d $build_path ]]
then
- echo "cannot find build in: $build_path"
- echo "either create, and then build RMr, or set BUILD_PATH as an evironment var before running this"
+ echo "[FAIL] cannot find build in: $build_path"
+ echo "[FAIL] either create, and then build RMr, or set BUILD_PATH as an evironment var before running this"
exit 1
fi
fi
export RMR_SEED_RT=${RMR_SEED_RT:-./app_test.rt} # allow easy testing with different rt
-if [[ ! -f ./sender ]]
+if (( force_make )) || [[ ! -f ./sender || ! -f ./receiver ]]
then
- if ! make >/dev/null 2>&1
+ if ! make -B >/dev/null 2>&1
then
echo "[FAIL] cannot find sender binary, and cannot make it.... humm?"
exit 1
# ---------------------------------------------------------------------------------
# Mnemonic: run_call_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng.
+# processes for some library validation on top of nng.
# It should be possible to clone the repo, switch to this directory
# and execute 'ksh run -B' which will build RMr, make the sender and
# recevier then run the basic test.
# file in order for the 'main' to pick them up easily.
#
function run_sender {
- if (( nano_sender ))
- then
- # ./sender_nano $nmsg $delay
- echo "nano is not supported"
- exit 1
- else
- ./caller $nmsg $delay $nthreads
- fi
+ ./caller $nmsg $delay $nthreads
echo $? >/tmp/PID$$.src # must communicate state back via file b/c asynch
}
# start receiver listening for nmsgs from each thread
function run_rcvr {
- if (( nano_receiver ))
- then
- #./receiver_nano $(( nmsg * nthreads ))
- echo "nano is not supported"
- exit 1
- else
- ./mt_receiver $(( nmsg * nthreads )) # we'll test with the RMr multi threaded receive function
- fi
+ ./mt_receiver $(( nmsg * nthreads )) # we'll test with the RMr multi threaded receive function
echo $? >/tmp/PID$$.rrc
}
nmsg=10 # total number of messages to be exchanged (-n value changes)
delay=1000000 # microsec sleep between msg 1,000,000 == 1s
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
verbose=0
nthreads=3
dev_base=1 # -D turns off to allow this to run on installed libs
-nano_sender=0 # mt-call is not supported in nano
-nano_receiver=0
while [[ $1 == -* ]]
# ---------------------------------------------------------------------------------
# Mnemonic: run_lcall_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng. This
+# processes for some library validation on top of nng. This
# particular test starts the latency caller and latency receiver
# processes such that they exchange messages and track the latency
# from the caller's perepective (both outbound to receiver, and then
# file in order for the 'main' to pick them up easily.
#
function run_sender {
- if (( $nano_sender ))
- then
- echo "nanomsg not supportded"
- exit 1
- else
- ./lcaller ${nmsg:-10} ${delay:-500} ${cthreads:-3}
- fi
+ ./lcaller ${nmsg:-10} ${delay:-500} ${cthreads:-3}
echo $? >/tmp/PID$$.src # must communicate state back via file b/c asynch
}
port=$(( 4460 + ${1:-0} ))
export RMR_RTG_SVC=$(( 9990 + $1 ))
- if (( $nano_receiver ))
- then
- echo "nanomsg not supported"
- exit 1
- else
- ./lreceiver $(( ((nmsg * cthreads)/nrcvrs) + 10 )) $port
- fi
+ ./lreceiver $(( ((nmsg * cthreads)/nrcvrs) + 10 )) $port
echo $? >/tmp/PID$$.$1.rrc
}
cthreads=3 # number of caller threads
nmsg=100 # total number of messages to be exchanged (-n value changes)
delay=500 # microsec sleep between msg 1,000,000 == 1s
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
verbose=0
-B) rebuild=1;;
-d) delay=$2; shift;;
-i) use_installed=1;;
- -N) echo "abort: nanomsg does not support epoll and thus cannot be used for mt-caller"
- echo ""
- exit 1;
- ;;
-n) nmsg=$2; shift;;
-r) nrcvrs=$2; shift;;
-v) verbose=1;;
# ---------------------------------------------------------------------------------
# Mnemonic: run_multi_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng. This
+# processes for some library validation on top of nng. This
# particular tests starts several receivers and creates a route table
# which causes messages to be sent to all receivers in parallel
# (forcing message cloning internally in RMr).
#
# Example command line:
# ksh ./run_multi_test.ksh # default 10 messages at 1 msg/sec
-# ksh ./run_multi_test.ksh -N # default but with nanomsg lib
# ksh ./run_multi_test.ksh -d 100 -n 10000 # send 10k messages with 100ms delay between
#
# Date: 24 April 2019
# file in order for the 'main' to pick them up easily.
#
function run_sender {
- if (( $nano_sender ))
- then
- ./sender_nano $nmsg $delay
- else
- ./sender $nmsg $delay
- fi
+ ./sender $nmsg $delay
echo $? >/tmp/PID$$.src # must communicate state back via file b/c asynch
}
port=$(( 4460 + ${1:-0} ))
export RMR_RTG_SVC=$(( 9990 + $1 ))
- if (( $nano_receiver ))
- then
- ./receiver_nano $nmsg $port
- else
- ./receiver $nmsg $port
- fi
+ ./receiver $nmsg $port
echo $? >/tmp/PID$$.$1.rrc
}
nmsg=10 # total number of messages to be exchanged (-n value changes)
delay=1000000 # microsec sleep between msg 1,000,000 == 1s
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
nopull=""
-B) rebuild=1;;
-b) rebuild=1; nopull="nopull";; # enable build but without pull
-d) delay=$2; shift;;
- -N) nano_sender=1
- nano_receiver=1
- ;;
-n) nmsg=$2; shift;;
-r) nrcvrs=$2; shift;;
-v) verbose=1;;
*) echo "unrecognised option: $1"
- echo "usage: $0 [-B] [-d micor-sec-delay] [-N] [-n num-msgs]"
- echo " -B forces a rebuild which will use .build"
+ echo "usage: $0 [-B] [-d micor-sec-delay] [-n num-msgs]"
+ echo " -B forces an RMR rebuild which will use .build"
exit 1
;;
esac
# ---------------------------------------------------------------------------------
# Mnemonic: run_multi_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng. This
+# processes for some library validation on top of nng. This
# particular tests starts several receivers and creates a route table
# which causes messages to be sent round robin to all of the receivers.
# The number of messages command line parameter (-n) will be the number
#
# Example command line:
# ksh ./run_rr_test.ksh # default 10 messages at 1 msg/sec
-# ksh ./run_rr_test.ksh -N # default but with nanomsg lib
# ksh ./run_rr_test.ksh -d 100 -n 10000 # send 10k messages with 100ms delay between
#
# Date: 24 April 2019
#
function run_sender {
export RMR_RTG_SVC=8990
- if (( $nano_sender ))
- then
- ./sender_nano $(( nmsg * nrcvrs )) $delay $max_mtype
- else
- ./sender $(( nmsg * nrcvrs )) $delay $max_mtype
- fi
+ ./sender $(( nmsg * nrcvrs )) $delay $max_mtype
echo $? >/tmp/PID$$.src # must communicate state back via file b/c asynch
}
port=$(( 4560 + ${1:-0} ))
export RMR_RTG_SVC=$(( 9990 + $1 ))
- if (( $nano_receiver ))
- then
- ./receiver_nano $nmsg $port
- else
- ./receiver $nmsg $port
- fi
+ ./receiver $nmsg $port
echo $? >/tmp/PID$$.$1.rrc
}
nmsg=10 # total number of messages to be exchanged (-n value changes)
delay=1000 # microsec sleep between msg 1,000,000 == 1s (shorter than others b/c/ we are sending to multiple)
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
nopull=""
-b) rebuild=1; nopull="nopull";; # build without pulling
-d) delay=$2; shift;;
-m) max_mtype=$2; shift;;
- -N) nano_sender=1
- nano_receiver=1
- ;;
-n) nmsg=$2; shift;;
-r) nrcvrs=$2; shift;;
-v) verbose=1;;
*) echo "unrecognised option: $1"
- echo "usage: $0 [-B] [-d micor-sec-delay] [-N] [-n num-msgs]"
+ echo "usage: $0 [-B] [-d micor-sec-delay] [-n num-msgs]"
echo " -B forces a rebuild which will use .build"
exit 1
;;
# ---------------------------------------------------------------------------------
# Mnemonic: run_rts_test.ksh
# Abstract: This is a simple script to set up and run the basic send/receive
-# processes for some library validation on top of nano/nng. This
+# processes for some library validation on top of nng. This
# particular test starts several senders and one receiver. All messages
# go to the receiver and an ack is sent back to the sending process.
# Each sender puts a tag into the message allowing it to verify that
function run_sender {
export RMR_RTG_SVC=$(( 9991 + $1 ))
port=$(( 43080 + $1 ))
- if (( $nano_sender ))
- then
- ./sender_nano $nmsg $delay 5:6 $port # 5:6 causes mtype 5 only which is what receiver acks
- else
- ./sender $nmsg $delay 5:6 $port
- fi
+ ./sender $nmsg $delay 5:6 $port
echo $? >/tmp/PID$$.$1.src # must communicate state back via file b/c asynch
}
port=4460
export RMR_RTG_SVC=9990
- if (( $nano_receiver ))
- then
- ./receiver_nano $(( nmsg * nsenders )) $port
- else
- ./receiver $(( nmsg * nsenders )) $port
- fi
+ ./receiver $(( nmsg * nsenders )) $port
echo $? >/tmp/PID$$.rrc
}
nmsg=10 # total number of messages to be exchanged (-n value changes)
delay=1000000 # microsec sleep between msg 1,000,000 == 1s
-nano_sender=0 # start nano version if set (-N)
-nano_receiver=0
wait=1
rebuild=0
nopull=""
-B) rebuild=1;;
-b) rebuild=1; nopull="nopull";; # build without pulling
-d) delay=$2; shift;;
- -N) nano_sender=1
- nano_receiver=1
- ;;
-n) nmsg=$2; shift;;
-s) nsenders=$2; shift;;
-v) verbose=1;;
*) echo "unrecognised option: $1"
- echo "usage: $0 [-B] [-d micor-sec-delay] [-N] [-n num-msgs] [-s nsenders]"
+ echo "usage: $0 [-B] [-d micor-sec-delay] [-n num-msgs] [-s nsenders]"
echo " -B forces a rebuild which will use .build"
exit 1
;;
Code Review / ric-plt / lib / rmr.git / commitdiff